| 1. | There is a particular choice of the inertial and gravitational masses.
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| 2. | To date, no other accurate method for measuring gravitational mass has been discovered.
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| 3. | Gravity is calculated by Newton's law of universal gravitation, which depends on gravitational mass.
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| 4. | Why are inertial mass and gravitational mass the same thing?
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| 5. | Ever since conservation of momentum requires that active and passive gravitational mass be identical.
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| 6. | At high speeds, relativistic mass always exceeds gravitational mass.
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| 7. | The semi-major axis is known if the mean motion and the gravitational mass are known.
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| 8. | Photons have energy and therefore also have mass in the usual sense of gravitational mass.
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| 9. | This is possible because spacetime is radically curved in close vicinity to a large gravitational mass.
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| 10. | :Sounds like you are talking about a substance with a different gravitational mass than inertial mass.
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